KC2016K60.0000C10E00

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Oscillators are electronic components designed to produce regular signals in the form of waves or pulses. They are used in a wide variety of applications where accurate timing is important. The KC2016K60.0000C10E00 oscillator is a high precision crystal oscillator that is designed for extremely accurate frequency control and low power consumption. It is widely used in a variety of applications, including communication networks, entertainment systems, automotive subsystems, medical device systems, and instrumentation and measurement systems.

Overview

The KC2016K60.0000C10E00 is a high precision, low-power IC-based crystal oscillator with an output frequency range of 2.88 MHz to 125 MHz. It features a low-power CMOS design with low drop-out voltage and high reliability. The oscillator also offers excellent jitter performance, with a typical jitter performance of less than 0.1ps. The device is extremely easy to use, with full-scale programming options available via simple external resistor networks. The oscillator also features a wide range of temperature stabilities and can operate from -20 to +125°C.

Application Area

The KC2016K60.0000C10E00 is used in critical applications where extremely accurate frequency control and low power consumption are essential. It is widely used in communication systems such as GSM, GPS, and Wi-Fi networks, wherein the device provides stable timing signals for efficient data transfer. It is also used in automotive applications including instrument clusters, antilock brakes, and vehicle navigation systems where it is used to accurately control the frequency and timing of the signals. Moreover, it is widely used in medical device systems for critical timing applications, and in entertainment systems to synchronize the audio and video, hence ensuring a smooth viewing experience. Furthermore, this device is used in instrumentation and measurement systems for precise timing control.

Working Principle

The KC2016K60.0000C10E00 is a high-precision crystal oscillator that works on the principle of quartz crystal resonators. A quartz crystal works on the principle of piezoelectricity, wherein when a voltage is applied to the crystal, it produces mechanical bending or vibration, and vice versa. This property is used in the oscillator to generate precise and stable waveforms. The oscillator has an output buffer circuit that consists of an Amplifier and an output transistor. The Amplifier amplifies the oscillations generated by the quartz crystal and the transistor is used for current mirroring. This output buffer circuit provides an output waveform of high precision.

Conclusion

The KC2016K60.0000C10E00 crystal oscillator is a high-precision device that is widely used in various critical applications, where extremely accurate frequency control and low power consumption are required. It works on the principle of quartz crystal resonators, wherein a voltage is applied to the crystal, resulting in mechanical vibration, which is then amplified through the output buffer circuit and is output as a high-precision waveform. The oscillator is easy to use and provides excellent jitter performance, with a typical jitter performance of less than 0.1ps.

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